Dry cooler - Air Blast Cooler

The smart solution to cool liquids with minimum power consumption

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Dry cooler - Air Blast Cooler - Reglochill

Our solutions

Dry coolers manufactured by Reglochill are devices that have the function of cooling process liquids and are defined as dry because they use air as a secondary fluid. The considerable reduction in operating costs and annual water consumption make these solutions highly efficient and eco-friendly.

DCG

Air Blast Coolers without glycol from 80 to 2000 kW

Air Blast Coolers without glycol from 80 to 2000 kW  - Reglochill

DCGs with automatic gravity drain are used in open circuit installations, on outdoor tanks, when antifreeze is not tolerated.

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DCW

Dry Cooler Series from 22 kW to 2000 kW

Dry Cooler Series from 22 kW to 2000 kW - Reglochill

DCW are used in all closed circuit plants using water/glycol mixtures for cooling purposes in various production processes.

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Adiabatic cooling at high performance

Dry coolers are devices that have the function of cooling liquids process and are defined as dry because they use air as a secondary fluid. Ideal for disposing of the heat extracted from industrial processes in the external environment with minimum electrical consumption, the dry coolers designed and manufactured by Reglochill cover a wide range of powers and allow the exploitation of adiabatic cooling.

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How do dry coolers and chillers work?

Both a dry cooler and a chiller can be used in similar process applications to achieve optimal temperatures. However, for a dry cooler, heat transfer is accomplished by drawing in outside air and circulating it over pipes containing a cooling fluid (typically water or water-glycol mixture).

The cooled fluid is then circulated through a heat exchanger connected to an associated process. Excess heat transferred to the cooling fluid is then returned to the dry cooler and the cycle is restarted.

It is important to note that a dry cooler does not have a standard refrigeration unit that cools a circulating refrigerant. Rather, it uses fans to draw in ambient air to cool its heated fluid medium.

Dry coolers are a viable alternative to evaporative towers due to a significant reduction in both operating costs and annual water consumption. In addition, unlike cooling towers that use water solutions, air allows to avoid the problems related to the formation of sediments.